Flight Instructors Training Procedures _revised AIC_x
Flight Instructors Training Procedures _revised AIC_x
Flight Instructors Training Procedures _revised AIC_x
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3. DESCRIPTION OF AIR EXERCISE<br />
a. APPLICABLE PROCEDURES AND CHECKLISTS<br />
b. AIRCRAFT HANDLING TECHNIQUES:-<br />
DEMONSTRATION<br />
1. SLIDE-SLIP WHILE MAINTAINING TRACK –<br />
NOSE YAWED<br />
i. Establish the aircraft in a normal straight glide,<br />
without flaps and properly trimmed , gliding into<br />
the wind.<br />
+<br />
ELEVATORS:-<br />
i. Lookout.<br />
ii. Engine consideration for descending.<br />
iii. Select a ground feature (into wind) directly<br />
ahead of the aircraft to aid in maintaining<br />
direction (i.e. road or railway).<br />
iv. Note the rate of descent in the straight glide.<br />
v. Note the IAS- nose attitude relationship.<br />
vi. Entry:<br />
a. Slowly apply aileron in the direction of<br />
the required sideslip.<br />
b. Maintain direction along ground feature<br />
by applying (top rudder) to prevent the<br />
aircraft nose yawing in the direction of<br />
the side slip.<br />
c. Maintain the normal gliding nose<br />
attitude with elevators, note difference<br />
in IAS reading at that nose attitude, as<br />
well as increased rate of descend.<br />
vii. During the sideslip:<br />
a. Note the path of descent is at an angle<br />
to the heading of the nose.<br />
b. To increase rate of descent,<br />
continuously apply further aileron in<br />
direction of sideslip and additional<br />
opposite rudder (top rudder) to prevent<br />
the nose yawing, whilst maintaining<br />
nose attitude with elevators.<br />
c. The side slip limit has been reached<br />
when full opposite rudder (top rudder)<br />
has been applied and any further<br />
aileron input will cause the aircraft to<br />
turn in the direction of the side slip.<br />
Note:<br />
i. Continuously increasing rate of descent as<br />
controls are applied further.<br />
ii. IAS/nose attitude relationship for side slips to<br />
different sides (due to pilot/static vent<br />
position).<br />
iii. Positive control application required to<br />
maintain the side slip condition.<br />
iv. Recovery from the side slip.<br />
a. Simultaneously and smoothly<br />
centralise rudder and ailerons, levelling<br />
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